随着计算机技术的飞速发展，精馏过程的模型化与仿真已成为化工工艺设计和操作分析的主要工具。
With the development of computer technology, the modeling and simulation of rectifying process already become the mainly tools on chemical technological design and operation.
这种静力分析法对于处理机器人手的抓取操作规划与优化以及力控制设计等问题提供了理论基础。
This kind of static force analysis method provided a theoretical foundation for handling the problems of planning and optimizing grab operation and the design of force control of robot hand.
提供了直接面向操作者的动态数据采集分析系统的虚拟仪器硬件构成、设计与实现。
This thesis provides the composition, design and realization of virtual instrument technology's hardware which gears dynamic data collecting & analyzing system.
人机交互界面的设计主要围绕如何操作与如何实现两部分讨论，并分析各模块功能实现的理论依据以及软件方法。
As to the UI, we focus on the two parts: how to operate and how to achieve, and analyze the method of software and theory.
对IGCC中空分设备流程选择、设计和操作要点进行了分析与探讨。
The process selection, design and operating key points of air separation units employed for IGCC are analyzed and discussed.
在分析常用的SQL数据操作语句结构的基础上，介绍了一个通用数据库操作模块的设计与实现。
Based on the analysis of the structure of common SQL data manipulation sentences, this paper introduces the designing andimplementation of a general database manipulation module.
在实践教学方面，通过验证性实验与设计性实验的锻炼，强化基本操作，培养了学生自主分析解决问题的能力。
In practice teaching, through confirmatory experiments and designing experiments to strengthen the basic operation and train students pro...
第四章是研究设计的操作化过程，详细介绍了研究目的、研究问题、研究方法被试基本情况、数据收集与分析等内容。
In the fourth chapter, we concretize our research design in practice, and present detailed information on research objectives, research questions, research method, data collection and analysis.
利用正交实验设计与分析方法，得到实验条件范围内玉米芯超临界水气化制氢的最佳反应参数，同时对气化过程主要操作参数的影响进行了分析。
Using orthogonal experimental method, the influences of the main parameters on corn cob gasification were investigated, and the optimum parameters in the experiment conditions were obtained.
通过对蚁群优化算法各操作参数作用与意义的分析，将蚁群优化算法的参数设定描述为一个多因素多水平优化设计问题。
By analyzing the function and significance of parameters, the parameter setting of ACO algorithm can be described as a multifactor and multilevel optimization problem.
分析如何提取公共微操作序列 ，提出设计寻址入口与功能入口的方法来减少微程序 ROM的深度 ；
One new method is the reduction of the depth of microcode ROM; section 2 explains how this reduction is achieved through proper design of addressing entry and function entry;
分析如何提取公共微操作序列 ，提出设计寻址入口与功能入口的方法来减少微程序 ROM的深度 ；
One new method is the reduction of the depth of microcode ROM; section 2 explains how this reduction is achieved through proper design of addressing entry and function entry;
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